Introducing Spacesium Scout: Unleash Your Project's Potential! 🎇.Spacesium Scout is a online platform revolutionizing large-scale project visualization and 3D #spatial data management. Seamlessly navigate infrastructure, mining, construction, environmental, and mapping project

RT @elonmusk: Standing under Starship

RT @qhongtran:

RT @qhongtran: How do you use your drone or aerial data to detect hazards on a site? ⚒️🚐🦺. This dataset was captured using the Geosun Navig….

Reach out to info@spacesium.com for access to the toolbox, pricing and access to our partners for the aerial scans! ✈️.

✉ Spacesium Road Safety Compliance Toolbox (RSCT) is integrated into Esri Australia - more news on this later!.

✅ Detection of Road Barriers .✅ Detection of Haul Roads .✅ Detection of Grades .✅ Detection of Water Direction .✅ Detection of Water Pooling .✅ Detection of Changes between Scans & Designs.

New released version 3.1.1 of Spacesium Road Safety Compliance Toolbox (RSCT) 🍰. 🗺️ In this release we have built on our mining experience + software to AUTOMATE (without Open Ai)

✅ Data Interoperability - Not just Automated PDFs, but we export and API all exports (hashtag#ESRI shape files, DXF, rasters, and CSV datapoints) . ☁️🗺️ Want to see it live in action? Send an email to info@spacesium.com.or send me a direct message!.

At Spacesium, we’ve spent over a decade in robotics, GIS, and LiDAR, and we’re excited to open up beta access to our new Space Change Detection Toolbox (SCDT) – built to make multi-scan reporting fast and PDF-able!.

🌍From tracking stockpile volumes to monitoring environmental change and construction progress, we’ve been pushing the boundaries with LiDAR and photogrammetry to make site updates easier to understand. 🌍📊

RT @qhongtran: How to use spatial software to measure designs and if roads are maintained? . The @Spacesium team behind the Scout3D platfo….

More details here - Or directly

✅AI-powered algorithm development – Leveraging deep learning and machine learning to enhance processing accuracy.

✅Data acquisition and analysis – Using lidar and photogrammetry for accurate geospatial mapping.✅Industry expertise – Experience in agriculture technology, forestry, mining, GIS, autonomous driving, and surveying.

✅ Geospatial data processing – Handling GIS assets, including raster, imagery, and CAD data.✅Automated 3D point cloud processing – Analyzing large datasets from lidar and photogrammetry.

Spacesium and MathWorks have been working together to solve applications in Geospatial technology. 🧠🌍. This month, officially signs us up on the MathWorks Connections Program as a software service provider. We write code for:. Thread 🧵

Output Point clouds with the color changes draped over both point clouds and now a PDF report of the various changes. @qhongtran.

t is a model created by the Spacesium team to compare the differences between either scan 1 versus scan 2 or any scan versus the engineering design. Input. Two models (1st model is the point cloud (LAS, LAZ) and 2nd model is either scan or design (LAZ, LAS and or DXF, Shape).

Change Detection Analysis Reporting.Goals 🗺️. The change detection feature enables comparing two surfaces visually and in reports. Changes are detected in the Z component. It is based on the diff model concept. I

RT @qhongtran: Added these WMS layers for us! . ✅Active cyclones over Queensland [OGC WMS Service] *.✅Wind Areas + Cyclone Track + Time of….